Generally, when considering a hypothetical nuclear explosion The most common thought in a large city is that the heat and shock wave can kill anyone instantly. But in fact some places to be in a building will be more deadly than others and a group of scientists have now determined precisely that.
Frankly, the idea that a nuclear incident could happen within a metropolis is a real and lurking risk. The perfect example of this is that a lot of portraits were made during 2022 multiple artificial intelligence Where he portrayed the end of the world as a post-apocalyptic environment with traces of devastation from nuclear attacks.
Under such a parameter and context, it seems that a community of experts has decided to answer a specific question regarding the real risks that any subject who is in a building may run into at the time of a nuclear explosion. Is.
Technology has advanced greatly over the years, so the study has been able to accurately determine what the deadliest places may have been at the time of the event.
This is the most dangerous part of any building in the event of a nuclear explosion.
AIP Publications The results of the most recent research project developed by researchers and scientists at the University of Nicosia in Cyprus have just been released, which sought to verify how being miles away and hiding in a building could protect you from the magnitude of a nuclear explosion Is. ,
Rather, there will be specific scenarios and situations where being away from the incident area would be worse. To draw conclusions, the scientists created a computerized model of the fallout that would result from a 750-kiloton nuclear bomb detonating a city.
:quality(70)/cloudfront-us-east-1.images.arcpublishing.com/metroworldnews/FUAZUS7E4JGJ7IERAUEQUO7NCQ.jpg "Scientists Determine The Deadliest Place To Take Refuge In The Event Of A Nuclear Explosion In Your City")
Roughly speaking, the bomb would vaporize anyone within a mile radius in a ball of fire. People there will not even know what happened practically.
The most severe would be experienced by people 5 kilometers away from the epicenter of the blast, as in only 10 seconds a shock wave would be created with winds capable of knocking anyone on public roads or in vulnerable buildings.
“Prior to our study, the danger to people inside a building reinforced with blast-resistant concrete was unclear. Our study shows that high airspeeds inside the structure pose a considerable threat and could result in serious injury or death.” Might as well be.”
This is what study author Dimitris Drikakis explains, explaining how living in concrete buildings will find the areas most at risk to be near doors and windows.
Because the flow dynamics with the wind of the shock wave will destroy that entire structure and turn almost any element into a high speed projectile.
That’s not counting the inevitable crash against the walls that would crush anyone with the force of the thrust and impact.
